POLINVENT | USA

Glass-reinforced liner for structural rehab

Helixliner Glass

Glass reinforcement for high-demand structural rehabilitation.

HELIXLINER GLASS is engineered for jobs where stiffness, long-term integrity, and predictable structural outcomes are key decision factors. It combines strong cured-wall behavior with reliable installation control in complex field conditions.

Public release: Friday, February 13, 2026 at 7:00 PM CETHigh E-Modulus stiffnessInversion via drum/Sluice Adapter preferred
Helixliner Glass folded profile

Perfect For

Structural rehabilitation, inversion workflows, and diameter transitions

Resin Usage

Specialized glass structure consumes approximately 15% less resin

Structural Behavior

High E-Modulus stiffness with textile-style bend handling

Multi-Diameter

Single liner can bridge transitions such as DN100 to DN150

Helixliner Glass

Overview

Built for structural performance without field complexity

HELIXLINER GLASS targets projects where cured stiffness, transition control, and repeatable installation behavior are required in the same liner system.

Key Benefits

  • Supports high-demand structural rehabilitation with predictable long-term behavior.
  • Improves material economics through reduced resin demand.
  • Maintains controlled handling across transition-heavy line segments.
Helixliner Glass installed in multiple diameters

Applications

Where Helixliner Glass delivers the strongest structural return

High-Load Structural Rehabilitation

Deploy where long-term stiffness and structural contribution are mandatory performance targets.

  • Designed for critical runs where wall integrity and cured strength are non-negotiable.
  • Supports predictable rehabilitation outcomes in demanding municipal programs.

Transition-Heavy Networks

Maintain control through diameter shifts while preserving installation stability and material efficiency.

  • Single-liner behavior across transitions simplifies project planning.
  • Reduces complexity for crews handling mixed-diameter segments.

Inversion-First Operations

Run inversion-first deployments using Sewerbot drum or Sluice Adapter setups while keeping pull-in available when needed.

  • Glass architecture supports strong structural results with disciplined inversion control.
  • Pull-in-place remains available for projects that require an alternate placement method.

Workflow

Structured field process for structural-grade outcomes

From impregnation through final verification, HELIXLINER GLASS is tuned for controlled execution in projects where strength and repeatability are both critical.

Step 01

Wet-Out

Consistent impregnation built around glass-based reinforcement.

Step 02

Inversion Deployment

Preferred installation with Sewerbot drum or Sluice Adapter; pull-in-place stays optional.

Step 03

Cure

Compatible with ambient, hot-water, steam, and UV/LED curing workflows.

Step 04

Structural Verification

Validate stiffness and installation quality with repeatable QA.

Technical Specifications

Structural-grade specification matrix

Structural Matrix

Resin Compatibility
Epoxy, Silicate, Polyester, Vinyl Ester
Optimized For
Methacure, Ultracure, Viscorise (UV), and Epoxcure systems
Curing Methods
Ambient, Hot Water, Steam, UV/LED
Coating Technology
High-grade TPU with strong chemical and heat resistance

Installation Profile

Wall Thickness
>=3 mm (cured)
Installation Modes
Inversion with Sewerbot drum or Sluice Adapter preferred; pull-in-place optional
Expansion Behavior
Controlled longitudinal expansion

System Fit

HELIXLINER GLASS is optimized for teams prioritizing structural contribution, process stability, and repeatable quality metrics.

  • High-stiffness target profile for long-lifecycle performance.
  • Reduced resin demand supports stronger project economics.
  • Compatible with modern thermal and UV/LED cure ecosystems.

Deployment support

Ready to deploy Helixliner Glass on a structural project?

Our team can support liner sizing, transition planning, and curing workflow selection to match your structural rehabilitation targets.

Project Intake

Helixliner Glass qualification questionnaire

Share your setup, demand, and technical priorities. We will send a tailored offer and follow up with the right recommendations.

Contact Details

Installation / curing method

Q3. Target price for standard DN150

Q4. Most critical technical constraint

Q5. Preferred material delivery

Q8. Primary reason for searching for a new supplier

Q9. Typical ordering strategy